CN208686122U - A kind of lining cutting docking facilities - Google Patents
A kind of lining cutting docking facilities Download PDFInfo
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- CN208686122U CN208686122U CN201821156470.7U CN201821156470U CN208686122U CN 208686122 U CN208686122 U CN 208686122U CN 201821156470 U CN201821156470 U CN 201821156470U CN 208686122 U CN208686122 U CN 208686122U
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- output end
- supporting element
- linking arm
- sliding seat
- lining cutting
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Abstract
The utility model provides a kind of lining cutting docking facilities, including supporting element and the output end group being arranged on the supporting element；The output end group includes an output end or at least two output ends that are set side by side, at least one described output end is movably arranged on the supporting element by adjustable connecting components, and the adjustable connecting components are for adjusting position of the output end on the supporting element.Using the technical solution of the utility model, docking facilities structure is simplified；The position for being adjusted output end according to actual condition using adjustable connecting components, can satisfy and being quickly converted between multiple operating conditions such as pour, clean during lining cutting, greatly improve construction efficiency.
Description
Technical field
The utility model relates to Lining Technique fields, and in particular to a kind of lining cutting docking facilities.
Background technique
During lining cutting, common concrete grouting is by the way of:
It is in the milk using the distribution device such as application No. is 201220331471.7, such device includes mixed for conveying
It coagulates the reversing tube of soil and is connected to the multiple concrete respectively entered at mould window on trolley and import chute, reversing tube is set to multiple mixed
Solidifying soil imports above chute, and the outlet end of reversing tube can import between chute in multiple concrete converts.Such mode have with
Lower defect: hopper, chute are open type, and docking point is more, dead angle be easy to cause residual concrete to accumulate more, cleaning trouble, if
Cleaning not exclusively, causes equipment using difficulty after the site residues concrete setting or is not available.
By pump tubing length directly by concrete pumping to the cavity between template and excavation face, coagulation is needed replacing every time
Soil pumping interface when need to by manually by pump line clip and pump line remove, replace be suitble to length pump line and adjustment pipeline position
It sets after exporting again with being installed after the docking of next pumping interface.Pump line is longer, than cumbersome, falls in trolley narrow space
Rise trouble；It fixes and seals using pipe clamp, sealing ring installation between pump line, installation contraposition is difficult, and the casting process break period is long.More
Several people are both needed to when changing casting position and detergent line to cooperate replacement and to connecting pump tube, it is troublesome in poeration, it takes time and effort.
In conclusion be badly in need of a kind of structure simplify, device that is easy to operate and being able to satisfy rapid abutting joint in lining construction with
Solve problems of the prior art.
Utility model content
The purpose of this utility model is to provide a kind of structures to simplify, it is easy to operate and be able to satisfy in lining construction quickly it is right
The device connect, specific technical solution are as follows:
A kind of lining cutting docking facilities, including supporting element and the output end group being arranged on the supporting element；
The output end group includes an output end or at least two output ends that are set side by side, at least one is described defeated
Outlet is movably arranged on the supporting element by adjustable connecting components, and the adjustable connecting components are for adjusting the output end in institute
State the position on supporting element.
Preferred in above technical scheme, the adjustable connecting components include slide assemblies, sliding seat and link mechanism；
The slide assemblies are arranged on the supporting element；
The sliding seat and the output end detachable connection, and the sliding seat and the slide assemblies match energy
The output end is enough driven to be slided on the slide assemblies；
One end of the link mechanism is connect with the sliding seat, and the other end is connect with the supporting element, the connecting rod machine
Structure is for driving the sliding seat to be slided on the slide assemblies.
Preferred in above technical scheme, the adjustable connecting components further include limiting component, and the limiting component includes extremely
Few one piece of limited block for being limited to sliding of the sliding seat on the slide assemblies, the limited block are arranged described
The end of slide assemblies.
Preferred in above technical scheme, the limiting component includes one piece of limited block, and the limited block is arranged described
One end of slide assemblies；
Either, the limiting component includes two pieces of limited blocks, and two pieces of limited blocks are separately positioned on the sliding rail portion
The both ends of part.
Preferred in above technical scheme, the sliding seat is equipped with sliding position；
The slide assemblies include the sliding slot of C-shaped configuration and the flanging that the two free end end of sliding slot is arranged in, institute
It states sliding slot and the flanging forms the type chamber for accommodating sliding position on the sliding seat；
Or the slide assemblies include two groups of symmetrically arranged L shape track plates, and the L shape track plates are arranged at institute
It states on supporting element, the outer wall of L shape track plates and the supporting element described in two groups, which is formed, accommodates sliding position on the sliding seat
Type chamber.
Preferred in above technical scheme, the link mechanism includes the first linking arm and the second linking arm, and described first
The first end of linking arm is movably arranged on the sliding seat, the second end of first linking arm and second linking arm
First end is flexibly connected, and the second end of second linking arm is flexibly connected with the supporting element.
Preferred in above technical scheme, second linking arm is equipped with for hand-held handgrip part；
The first end of first linking arm and the sliding seat are flexibly connected point, the second end of the first linking arm and institute
State the activity of the flexible connection point of the first end of the second linking arm and the second end of second linking arm and the supporting element
3 points of tie point not conllinear.
Preferred in above technical scheme, the output end group includes two output ends, and an output end is for pouring
Concrete is built, another described output end pours device for cleaning, and two output ends are arranged on the supporting element；
Two output ends are connected to by connecting tube.
Preferred in above technical scheme, the supporting element includes rotary extension arm, rotation-control members and extension and contraction control
Component；
The rotation-control members are rotated for controlling the rotary extension arm；
The extension and contraction control component stretches for controlling the rotary extension arm；
The slide assemblies and the link mechanism are connect with the rotary extension arm.
It is preferred in above technical scheme, it further include the receiving end to match with the output end, the receiving end includes
Interior contact surface, the output end include the external contacting surface that rapid abutting joint is matched and be able to achieve with the interior contact surface, described interior
Contact surface and the external contacting surface are at least one of inclined-plane, circular conical surface and spherical surface.
Using the technical solution of the utility model, have the advantages that
(1) the lining cutting docking facilities of the utility model include supporting element and the output end that is arranged on the supporting element
Group；The output end group includes an output end or at least two output ends that are set side by side, at least one described output end
It is movably arranged on the supporting element by adjustable connecting components, the adjustable connecting components are for adjusting the output end in the branch
Position in support member.Lining cutting is simplified with docking facilities structure；The position of output end is adjusted according to actual condition using adjustable connecting components
It sets, can satisfy and being quickly converted between multiple operating conditions such as pour, clean during lining cutting, greatly improve construction efficiency.
(2) adjustable connecting components include slide assemblies, sliding seat and link mechanism in the utility model, and structure is simplified；It is sliding
Rail component is that guiding role is played in the adjusting of output end, and the combination for passing through slide assemblies, sliding seat and link mechanism can
The adjustment of output end position is fast implemented, it is convenient to operate.Adjustable connecting components further include limiting component, and limiting component includes at least one
Block limited block limits sliding of the sliding seat on the slide assemblies by the design of limited block, improves output end tune
The stability and safety of section process.
(3) structure of slide assemblies is varied in the utility model, and the sliding slot of C-shaped configuration can be used and be arranged in institute
The combination of the flanging of two free end end of sliding slot is stated, it can also be using two groups of symmetrically arranged L shape track plates combinations, structure essence
Letter, and can be realized guiding and limit double action, further increase the stability and safety of output end adjusting.
(4) linkage arrangement is simplified in the utility model, is adjusted link mechanism by handgrip part, is then driven sliding
Seat is mobile, realizes the adjusting to output end, and it is convenient to operate；Link mechanism uses unique design, so that first linking arm
First end and the sliding seat the first end for being flexibly connected point, the second end of the first linking arm and second linking arm
The second end of flexible connection point and second linking arm is flexibly connected three points of point not conllinear, connecting rod machines with the supporting element
Structure can be realized self-locking, improve the stability of docking facilities.
(5) output end group includes two output ends in the utility model, and an output end is used for casting concrete, separately
One output end pours device for cleaning, and is additionally provided with connecting tube between two output ends, is easy to implement and pours
With the separation of cleaning, construction efficiency is improved.
(6) supporting element described in the utility model includes rotary extension arm, rotation-control members and extension and contraction control component, institute
It states rotation-control members to be rotated for controlling the rotary extension arm, the extension and contraction control component is for controlling the rotation
Telescopic arm stretches, and in conjunction with slide assemblies, sliding seat and link mechanism, the position that output end is better achieved adjusts, fits
It is strong with property.
It (7) further include the receiving end to match with the output end, output end and receiving end in the utility model using only
Situations such as special structure design, can be realized the rapid abutting joint of output end and receiving end, and merging precision is high, be not in spillage hair
It is raw, construction efficiency can be improved and construction site ground is clean and tidy.
Other than objects, features and advantages described above, there are also other purposes, feature and excellent for the utility model
Point.Below with reference to figure, the utility model is described in further detail.
Detailed description of the invention
The attached drawing constituted part of this application is used to provide a further understanding of the present invention, the utility model
Illustrative embodiments and their description are not constituteed improper limits to the present invention for explaining the utility model.In attached drawing
In:
Fig. 1 is structural schematic diagram when lining cutting docking facilities are in the first operating condition in embodiment 1；
Fig. 2 is structural schematic diagram when lining cutting docking facilities are in second of operating condition in embodiment 1；
Fig. 3 is structural schematic diagram when lining cutting docking facilities are in the third operating condition in embodiment 1；
Wherein, 1, supporting element, 1.1, rotary extension arm, 1.11, guide sleeve, 1.12, guide post, 2, output end group, 2.1, output
End, 2.11, external contacting surface, 2.2, receiving end, 2.21, interior contact surface, 3, adjustable connecting components, 3.1, slide assemblies, 3.2, sliding
Seat, 3.21, sliding position, 3.3, link mechanism, the 3.31, first linking arm, the 3.32, second linking arm, 3.33, handgrip part,
3.34, connection otic placode, 3.4, limiting component, 4, connecting tube.
Specific embodiment
The embodiments of the present invention are described in detail below in conjunction with attached drawing, but the utility model can be according to power
Benefit requires to limit and the multitude of different ways of covering is implemented.
Referring to figures 1-3, a kind of lining cutting docking facilities including supporting element 1 and are arranged in defeated on the supporting element 1
Outlet group 2, Details as Follows:
The supporting element 1 includes rotary extension arm 1.1, can also include rotation-control members (not shown) and extension and contraction control
Component (not shown), the rotation-control members are rotated for controlling the rotary extension arm 1.1, the extension and contraction control portion
Part stretches for controlling the rotary extension arm 1.1.Rotary extension arm 1.1 includes guide sleeve 1.11 and guide post 1.12, described
The lower end setting of the guide sleeve 1.11 is inserted into the upper end of guide post 1.12, and the both ends of extension and contraction control component are separately positioned on described lead
On set and guide post, is stretched along center axis thereof direction for adjusting rotary extension arm and (be illustrated as vertical direction in Fig. 1-3).
One end of rotation-control members is connect with the guide post and/or guide sleeve, and the other end is arranged in material distributing machine, is stretched for controlling rotation
Contracting arm is rotated in vertical plane.Telescopic cylinder can be used in rotation-control members and extension and contraction control component.
The output end group 2 includes two output ends being disposed in parallel on the guide sleeve 1.11 of the rotary extension arm 1.1
2.1, an output end is used for casting concrete, another described output end pours device for cleaning, and described in two
Output end is symmetricly set on the guide sleeve 1.11；By the connection of connecting tube 4, (connecting tube be can be used between two output ends
Hard pipeline can also use hose, select according to the actual situation；The both ends of connecting tube 4 are also provided with can with output end
Realize the connecting pin of rapid abutting joint, the shape of connecting tube can use U-tube).The output end 2.1 for cleaning herein
It is flexibly connected with the outer wall of the guide sleeve 1.11 by adjustable connecting components 3, the adjustable connecting components 3 are for adjusting the output end
2.1 position on the supporting element 1, specifically:
The adjustable connecting components 3 include slide assemblies 3.1, sliding seat 3.2 and link mechanism 3.3, the slide assemblies
3.1 are arranged on the supporting element 1, the sliding seat 3.2 and 2.1 detachable connection of output end (the preferred bolt nut
Component connection), and the sliding seat 3.2 and the slide assemblies 3.1 match and are able to drive the output end 2.1 in the cunning
It is slided on rail component 3.1；One end of the link mechanism 3.3 is connect with the sliding seat 3.2, the other end and the guide sleeve
1.11 connections, the link mechanism 3.3 is for driving the sliding seat 3.2 to be slided on the slide assemblies 3.1.
In the present embodiment, the adjustable connecting components 3 further include limiting component 3.4, and the limiting component 3.4 includes at least one
Block is used for the limited block limited to sliding of the sliding seat 3.2 on the slide assemblies 3.1, and the limited block is arranged in institute
State the end of slide assemblies 3.1.Herein preferably: the limiting component 3.4 includes one piece of limited block, and the limited block is arranged in institute
State the lower end of slide assemblies 3.1, can also use: the limiting component includes two pieces of limited blocks, two pieces of limited block difference
The lower end and upper end of the slide assemblies are set.
In the present embodiment, the sliding seat 3.2 is equipped with sliding position 3.21 (such as convex shape structure)；The slide assemblies
3.1 include two groups of symmetrically arranged L shape track plates, and the L shape track plates are arranged on the outer wall of the guide sleeve 1.11 (preferably
Welding), the outer wall of L shape track plates and the guide sleeve 1.11 described in two groups, which is formed, accommodates sliding position on the sliding seat 3.2
3.21 type chamber.Other structures can also be used: the slide assemblies include the sliding slot of C-shaped configuration and are arranged in the sliding slot
The flanging of two free ends end, the sliding slot and the flanging form the type chamber for accommodating sliding position on the sliding seat.
In the present embodiment, the link mechanism 3.3 include the first linking arm 3.31 and the second linking arm 3.32, described first
The first end activity setting (preferably hinged) of linking arm 3.31 is on the sliding seat 3.2, and the of first linking arm 3.31
Two ends are flexibly connected (preferably hinged), the second end of second linking arm 3.32 with the first end of second linking arm 3.32
It is flexibly connected that (preferably hinged, specifically: guide sleeve 1.11 is equipped with connection otic placode 3.34, the second linking arm with the guide sleeve 1.11
3.32 second end is hinged in connection otic placode).Second linking arm 3.32 is equipped with for hand-held handgrip part
3.33.Upper link point and lower hinged is equipped between second linking arm 3.32 and first linking arm 3.31 along the vertical direction
Point.The first end of first linking arm 3.31 and the sliding seat 3.2 be flexibly connected point, the first linking arm 3.31 second
It holds and is flexibly connected a little and the second end of second linking arm 3.32 and institute with the first end of second linking arm 3.32
Three points of flexible connection point for stating supporting element 1 is not conllinear.
It further include the receiving end 2.2 to match with the output end 2.1 in the present embodiment, the receiving end 2.2 includes interior
Contact surface 2.21, the output end 2.1 include matching with the interior contact surface 2.21 and being able to achieve the outer contacting of rapid abutting joint
Face 2.11, the interior contact surface 2.21 and the external contacting surface 2.11 are at least one in inclined-plane, circular conical surface and spherical surface
It plants, herein preferred circular conical surface.
Using the lining cutting docking facilities of the present embodiment, specifically:
When grouting pours, it is detailed in Fig. 1 (black arrow direction is concrete slurry flow direction), the output end for cleaning is located at
The lowest positions of slide assemblies 3.1, the output end for pouring are higher than the output end for cleaning；Rotation-control members control
After rotary extension arm is rotated in place, guide sleeve 1.11 is controlled by extension and contraction control part and is risen, the output end and correspondence for pouring are set
Quick, Dock With Precision Position is realized in the receiving end set, and can be in the milk.
When conveying pipeline group is cleaned, it is detailed in Fig. 2 (in figure black arrow direction be wash liquid stream to), is manually controlled hand-held
Position 3.33, drive the movement of link mechanism 3.3 (at this time the second linking arm 3.32 and the first linking arm 3.31 at upper link point into
Row is hinged), then realize that sliding seat 3.2 moves upwards, sliding seat 3.2 drives the output end for cleaning to rise to slide assemblies
3.1 the top position, the output end for cleaning are higher than the output end for pouring；Rotation-control members control rotary extension
After arm is rotated in place, guide sleeve 1.11 is controlled by extension and contraction control part and is risen, the output end for cleaning and the reception that is correspondingly arranged
Quick, Dock With Precision Position is realized at end, can carry out cleaning solution (such as water) cleaning.
When feed lines (material distributing machine pump tubing length) are cleaned, being detailed in Fig. 3, (black arrow direction is sliding seat movement side
To), handgrip part 3.33 is manually controlled, link mechanism 3.3 is driven to act, then realizes that sliding seat 3.2 moves downward, sliding seat
3.2 drive the output end for cleaning to drop to suitable position on slide assemblies 3.1, and (the second linking arm 3.32 and first connects at this time
Arm 3.31 is connect to carry out at lower link point hingedly), the output end for cleaning is flushed with the output end for pouring；Installation connection
Output end of the connection of pipe 4 for the output end of cleaning and for pouring, can carry out cleaning of pouring water.
Using the lining cutting docking facilities of the utility model, structure is simplified；Using adjustable connecting components according to actual condition tune
The position of whole output end can satisfy and being quickly converted between multiple operating conditions such as pour, clean during lining cutting, greatly improves and apply
Work efficiency rate；Using the matched design of output end and receiving end, the rapid abutting joint of output end and receiving end, merging precision can be realized
Situations such as height is not in spillage generation, can improve construction efficiency；Connecting tube can quickly connect two groups of output ends, convenient for cloth
Material machine pump tubing length is cleaned.
The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the utility model, for this
For the technical staff in field, various modifications and changes may be made to the present invention.It is all in the spirit and principles of the utility model
Within, any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.
Claims (10)
1. a kind of lining cutting docking facilities, which is characterized in that including supporting element (1) and be arranged on the supporting element (1)
Output end group (2)；
The output end (2.1) that the output end group (2) is set side by side including an output end (2.1) or at least two, at least
One output end (2.1) is movably arranged on the supporting element (1) by adjustable connecting components (3), the adjustable connecting components
(3) for adjusting position of the output end (2.1) on the supporting element (1).
2. lining cutting docking facilities according to claim 1, which is characterized in that the adjustable connecting components (3) include sliding rail
Component (3.1), sliding seat (3.2) and link mechanism (3.3)；
The slide assemblies (3.1) are arranged on the supporting element (1)；
The sliding seat (3.2) and the output end (2.1) detachable connection, and the sliding seat (3.2) and the sliding rail
Component (3.1), which matches, to be able to drive the output end (2.1) and is slided on the slide assemblies (3.1)；
One end of the link mechanism (3.3) is connect with the sliding seat (3.2), and the other end is connect with the supporting element (1), institute
Link mechanism (3.3) are stated for driving the sliding seat (3.2) to be slided on the slide assemblies (3.1).
3. lining cutting docking facilities according to claim 2, which is characterized in that the adjustable connecting components (3) further include limit
Position component (3.4), the limiting component (3.4) include at least one piece and are used for sliding seat (3.2) in the slide assemblies (3.1)
On the limited block that is limited of sliding, end of the limited block setting in the slide assemblies (3.1).
4. lining cutting docking facilities according to claim 3, which is characterized in that the limiting component (3.4) includes one piece
Limited block, the one end of the limited block setting in the slide assemblies (3.1)；
Either, the limiting component (3.4) includes two pieces of limited blocks, and two pieces of limited blocks are separately positioned on the sliding rail portion
The both ends of part (3.1).
5. lining cutting docking facilities according to claim 2, which is characterized in that the sliding seat (3.2) is equipped with sliding
Position (3.21)；
The slide assemblies (3.1) include the sliding slot of C-shaped configuration and the flanging that the two free end end of sliding slot is arranged in, institute
It states sliding slot and the flanging forms the type chamber for accommodating sliding position (3.21) on the sliding seat (3.2)；
Or the slide assemblies (3.1) include two groups of symmetrically arranged L shape track plates, and the L shape track plates are arranged at institute
It states on supporting element (1), the outer wall of L shape track plates described in two groups and the supporting element (1), which is formed, to be accommodated on the sliding seat (3.2)
The type chamber of sliding position (3.21).
6. according to lining cutting docking facilities described in claim 3-5 any one, which is characterized in that the link mechanism
It (3.3) include the first linking arm (3.31) and the second linking arm (3.32), the first end activity of first linking arm (3.31)
It is arranged on the sliding seat (3.2), the second end of first linking arm (3.31) and second linking arm (3.32)
First end is flexibly connected, and the second end of second linking arm (3.32) is flexibly connected with the supporting element (1).
7. lining cutting docking facilities according to claim 6, which is characterized in that second linking arm (3.32) is equipped with
For hand-held handgrip part (3.33)；
The first end of first linking arm (3.31) and flexible connection point, the first linking arm of the sliding seat (3.2)
(3.31) second end is flexibly connected point and second linking arm with the first end of second linking arm (3.32)
(3.32) second end and the supporting element (1) be flexibly connected three points of point it is not conllinear.
8. lining cutting docking facilities according to claim 6, which is characterized in that the output end group (2) includes two defeated
Outlet (2.1), an output end are used for casting concrete, another described output end pours device, and two for cleaning
A output end is arranged on the supporting element (1)；
Two output ends are connected to by connecting tube (4).
9. lining cutting docking facilities according to claim 6, which is characterized in that the supporting element (1) includes rotary extension
Arm (1.1), rotation-control members and extension and contraction control component；
The rotation-control members are rotated for controlling the rotary extension arm (1.1)；
The extension and contraction control component stretches for controlling the rotary extension arm (1.1)；
The slide assemblies (3.1) and the link mechanism (3.3) are connect with the rotary extension arm (1.1).
10. lining cutting docking facilities according to claim 6, which is characterized in that further include and the output end (2.1) phase
Matched receiving end (2.2), the receiving end (2.2) include interior contact surface (2.21), the output end (2.1) include with it is described
Interior contact surface (2.21) matches and is able to achieve the external contacting surface (2.11) of rapid abutting joint, the interior contact surface (2.21) and described
External contacting surface (2.11) is at least one of inclined-plane, circular conical surface and spherical surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821156470.7U CN208686122U (en) | 2018-07-20 | 2018-07-20 | A kind of lining cutting docking facilities |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821156470.7U CN208686122U (en) | 2018-07-20 | 2018-07-20 | A kind of lining cutting docking facilities |
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| CN208686122U true CN208686122U (en) | 2019-04-02 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110280545A (en) * | 2019-07-26 | 2019-09-27 | 湖南五新隧道智能装备股份有限公司 | A kind of concrete pump can washing apparatus and cleaning method |
-
2018
- 2018-07-20 CN CN201821156470.7U patent/CN208686122U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110280545A (en) * | 2019-07-26 | 2019-09-27 | 湖南五新隧道智能装备股份有限公司 | A kind of concrete pump can washing apparatus and cleaning method |
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